The response of two jasmonic acid (JA) biosynthesis rice mutants (cpm2 and hebiba) to salt stress was investigated in comparison to their wild type. The JA-biosynthesis mutants showed a less-salt sensitive phenotype compared to the wild type. Interestingly, the transfer of sodium ions from roots to shoots was reduced in JA biosynthesis mutants as both cpm2 and hebiba plants accumulated smaller amounts of Na+ ions in their leaves, while roots of both contained similar quantities
Salinity is a major obstacle to global grain crop production, especially rice and wheat. The identif...
Salinity tolerance is a trait investigated deeply in recent years for its agricultural importance. S...
La salinité de l'eau d'irrigation et des sols est l'une des principales contraintes abiotiques en ag...
The various adaptive responses of drought stressed plants are strongly influenced by chemical messen...
Salinity is a complex trait that affects growth and productivity in many crops, including rice. Muta...
Background: Productivity of important crop rice is greatly affected by salinity. The plant hormone j...
Salinity stress represents a global constraint for rice, the most important staple food worldwide. T...
International audiencePlant responses to salt exposure involve large reconfiguration of hormonal pat...
The increasing seriousness of salinization aggravates the food, population and environmental issues....
Salt stress harmfully shocks agricultural yield throughout the world affecting production whether it...
Overall, the 19 contributions in this Special Issue “Plant Responses and Tolerance to Salt Stress: P...
How plants adapt to salt stress has been a central question in plant biology for decades. Yet we hav...
Plants being sessile suffer from several abiotic stresses during growth. These include drought, sali...
Plants being sessile suffer from several abiotic stresses during growth. These include drought, sali...
Salinity tolerance is a trait investigated deeply in recent years for its agricultural importance. S...
Salinity is a major obstacle to global grain crop production, especially rice and wheat. The identif...
Salinity tolerance is a trait investigated deeply in recent years for its agricultural importance. S...
La salinité de l'eau d'irrigation et des sols est l'une des principales contraintes abiotiques en ag...
The various adaptive responses of drought stressed plants are strongly influenced by chemical messen...
Salinity is a complex trait that affects growth and productivity in many crops, including rice. Muta...
Background: Productivity of important crop rice is greatly affected by salinity. The plant hormone j...
Salinity stress represents a global constraint for rice, the most important staple food worldwide. T...
International audiencePlant responses to salt exposure involve large reconfiguration of hormonal pat...
The increasing seriousness of salinization aggravates the food, population and environmental issues....
Salt stress harmfully shocks agricultural yield throughout the world affecting production whether it...
Overall, the 19 contributions in this Special Issue “Plant Responses and Tolerance to Salt Stress: P...
How plants adapt to salt stress has been a central question in plant biology for decades. Yet we hav...
Plants being sessile suffer from several abiotic stresses during growth. These include drought, sali...
Plants being sessile suffer from several abiotic stresses during growth. These include drought, sali...
Salinity tolerance is a trait investigated deeply in recent years for its agricultural importance. S...
Salinity is a major obstacle to global grain crop production, especially rice and wheat. The identif...
Salinity tolerance is a trait investigated deeply in recent years for its agricultural importance. S...
La salinité de l'eau d'irrigation et des sols est l'une des principales contraintes abiotiques en ag...